WO2010067991A2

WO2010067991A2 - Lightable curb stone

Info

Publication number: WO2010067991A2
Application number: PCT/KR2009/007223
Authority: WO
Inventors: 윤종경
Original assignee: Yoon Jong Gyung
Priority date: 2008-12-08
Filing date: 2009-12-04
Publication date: 2010-06-17
Also published as: WO2010067991A3

Abstract

The object of the present invention is to provide a lightable curb stone wherein a lighting device is built in a two-way lighting path formed in the main body of the curb stone so that the lighting device may be prevented from being damaged during use and both a roadway and a sidewalk may be lighted. The lightable curb stone of the present invention has the main body (10) made of materials having excellent strength and formed to have a required sectional area and length, wherein the main body (10) has the two-way lighting path (20) that passes through the main body from a front face (11) exposed to the roadway (A) to a top face (13) exposed to the sidewalk (B), and a lighting device (30) installed in the two-way lighting path (20).

Description

Illuminated road boundary stone

The present invention relates to a road boundary stone which is installed to partition a boundary between a driveway and a sidewalk in a road. In particular, the lighting device is built in a two-way lighting path formed in the main body of the boundary stone to prevent breakage of the light fixture during use, and It is about a road boundary stone capable of lighting at the same time.

Conventionally, the road boundary stone is molded and manufactured in concrete or processed into marble, and is used for installation to partition the boundary between the road and the sidewalk on the road.

Considering that such a normal road boundary stone is made of concrete or marble and has poor visibility and is used at a boundary between a road and a sidewalk, when a clock such as a cloudy day or a foggy day or a night is poor ( In the following description, the driver of a vehicle driving on a roadway may not be able to easily recognize the condition of the roadway (eg, the linearity of the roadway, the edge of the roadway, etc.) and may cause a vehicle accident. Pedestrians who walk on the sidewalks cannot easily recognize the state of the sidewalks (lineage of the sidewalks, the edges of the sidewalks), causing walking safety accidents.

In order to solve the above problems, road boundary stones having various shapes and structures have been developed and provided, and among them, the utility model registration No. 180184 (announced on April 15, 2000), which is one of them, is a registered notice of the nocturnal safety road boundary. It is.

This luminous safety road boundary stone is formed with a groove-shaped groove on one side to display the road's path. The groove is formed with a luminous object of a shape corresponding to this groove and molded with a transparent resin. The driver of a vehicle driving on the road can easily recognize the condition of the roadway to prevent vehicle safety accidents.

However, such a luminous safety road boundary stone is difficult to recognize the condition of the sidewalks at night because pedestrians who pass through the sidewalk at night are formed only on one side facing the driveway with a luminous object inserted into the first groove and molded with transparent resin. And increased the incidence of pedestrian safety accidents, and because the transparent resin and the noctilucent object of the second display part are exposed to the outside as it is toward the roadway, it is caused by direct contact with the vehicle or by stones or foreign objects that bounce when driving. The impact of the transparent resin and the luminous object is easily damaged due to the impact, such as maintenance is not easy and excessive maintenance costs are required.

In addition, among the patents issued in relation to the road boundary stone, Korean Patent Registration No. 555413 (registered notification dated March 03, 2006) discloses an application for registration of a lighting boundary stone using a solar cell.

In the conventional solar cell lighting boundary stone, the solar cell unit mounting portion formed on the upper surface of the body having a rectangular rectangular parallelepiped shape is provided with a solar cell unit having a solar panel, a storage battery, and a circuit unit, and one side upper edge of the body. The lighting unit installation part formed in the center of the inclined surface of the part is installed at an inclined angle with the lighting unit assembled by inserting the lighting light into the lighting light installation hole formed on the edge of the transparent acrylic plate at a predetermined inclination, and the lighting unit installation part in the solar cell unit mounting part of the body. The wires extending from the circuit unit of the solar cell unit are electrically connected to the illumination light of the lighting unit through a wiring installation hole formed in communication with the solar cell unit, thereby converting the solar light accumulated by the solar cell unit into electrical energy during the day. The lighting unit of the body at night As it is illuminated by the lighting unit installed in the tooth part, the boundary between the road and the sidewalk can be recognized by vehicle drivers and pedestrians to induce safe driving of the vehicle and enable safe passage of the pedestrians. It is possible to replace the used parts to extend the life of the boundary stone.

As described above, the conventional lighting boundary stone using solar electricity has a lighting unit installed at an inclined portion of the lighting unit installed at the center of the inclined surface of the upper edge of one side of the body, so that the visibility of the vehicle at night is relatively high. It is true that the driver can easily recognize the condition of the roadway and prevent the occurrence of a vehicle safety accident.However, when viewed from the sidewalk side, the visibility is relatively low, so the pedestrian who passes through the sidewalk at night can easily recognize the state of the roadway. It is difficult to prevent pedestrian safety accidents because it is difficult to do so, and the transparent acrylic exposed to the outside of the body makes the light unit easily damaged by direct contact with the vehicle or by the impact caused by stones or foreign objects that bounce while driving. Maintenance is not easy There were problems such as excessively consuming.

The present invention is to provide a road boundary stone capable of lighting that can maximize the benefits of the maintenance by the configuration to avoid external shocks by embedding the lighting fixture in the first two-way lighting passage.

Second, it is a luminaire built in the two-way lighting passageway that illuminates the side of the road and the side of the road at the same time, and aims to provide a road boundary stone with economical lighting while promoting the safety of vehicle drivers and pedestrians. have.

The present invention also has the same technical construction as that of the conventional one in that the material having excellent strength has a boundary stone body 10 molded into a required cross-sectional area and length.

In the road boundary stone 1 of the present invention, the boundary stone main body 10 penetrates the front surface 11 exposed to the roadway A and the upper surface 13 exposed to the sidewalk B. Forming the passage 20, the bidirectional lighting passage 20 is characterized in that the built-in luminaire 30 in the technical configuration.

In other words, the illuminated road boundary stone 1 of the present invention incorporates one lighting device 30 in the two-way lighting passage 20 formed to penetrate the front surface 11 and the upper surface 13 of the boundary stone body 10. By installing, it is possible to protect the lighting fixtures 30 from external shocks, and at the same time, it is configured to illuminate the roadway A side and the sidewalk B side with minimal lighting fixtures 30 at the same time.

According to the present invention configured as described above, first, the luminaire 30 is embedded in the two-way lighting passage 20 formed in the boundary stone body 10, and the external impact applied from direct contact with the vehicle or from stones or foreign objects that bounce during driving. Because it can prevent the damage caused by the, it is possible to extend the maintenance cycle of the lighting fixture 30 and reduce the maintenance cost.

Second, since the light emitted from the luminaire 30 can be illuminated at the same time by the two-way lighting path 20 to the side of the roadway (A) and the sidewalk (B), driving at the roadway (A) at night The driver of the vehicle can easily recognize the state of the roadway to drive safely, and the pedestrian passing through the sidewalk B at night can easily recognize the state of the roadway and walk safely. In addition, the roadway (A) side and sidewalk (B) side to be illuminated by only one luminaire 30 built in the two-way lighting passage 20 to reduce the production cost as it can reduce the components to be handled and managed It becomes possible.

1 is an exploded perspective view of a road boundary stone of the present invention embodiment

Figure 2 is an enlarged cross-sectional view of the road boundary stone of the embodiment of the present invention

Figure 3 is a perspective view showing an embodiment of the road boundary stone installation of the embodiment of the present invention installed

4 and 5 are a perspective view of the boundary stone body of the road boundary stone according to a modification of the present invention

Figure 6 is a perspective view showing a road boundary stone according to the first embodiment of the present invention

7 is an enlarged cross-sectional view showing a road boundary stone according to the first embodiment of the present invention.

8 is an exploded perspective view showing a road boundary stone according to the second embodiment of the present invention.

9 is an enlarged cross-sectional view showing a road boundary stone according to the second embodiment of the present invention.

10 is a perspective view showing a road boundary stone according to a third embodiment of the present invention in a separated perspective view

11 and 12 are a plan view showing the installation of the road boundary stone according to the third embodiment of the present invention

13 is an exploded perspective view showing a road boundary stone according to the fourth embodiment of the present invention.

14 and 15 are a plan view showing the installation construction state of the road boundary stone according to the fourth embodiment of the present invention

[Explanation of symbols on the main parts of the drawings]

1: road boundary stone 2: normal road boundary stone

A: Driveway B: Sidewalk

P: pipe W ₁ : external power line

W ₂ : lead wire W ₃ : plug

10: boundary stone body 11: front

12: Rear 13: Top

14: 15: Both sides

20: two-way lighting passage 21: inclined hole

22: groove 23: finishing material

24: one side inclined groove 25: both side inclined groove

30: light fixture 31, 36: casing

32, 37:

Terminals

33 and 39 for connection: Light emitting lamp

34: 1 pair of floodlight plate 35: fixing member

38: Floodlight cap 40, 50: Lower and upper floodlight cover

41, 51: display unit 60: luminaire internal passage

61: groove 62: finish

Hereinafter, the technical details of the present invention through the specific embodiments shown in the accompanying drawings in detail.

The boundary stone body 10 is a component that satisfies the basic functions required as road boundary stones.

In the embodiment of the present invention, as shown in FIGS. 1 to 3, the boundary stone body 10 is disposed vertically in front of the front surface 11 exposed to the roadway A and vertically disposed in the rear of the sidewalk B. A rear surface 12 embedded at an edge, an upper surface 13 disposed horizontally on the upper side and exposed toward the sidewalk B, a lower surface 14 disposed horizontally on the bottom and grounded at the bottom, and vertically disposed at both ends It is formed of both side surfaces 15, and is generally illustrated as having a straight rectangular parallelepiped having a length of 0.3 to 1.2 m and having a shape condition suitable for partitioning the boundary between the roadway A and the sidewalk B.

Here, although not shown in the figure, the boundary stone main body 10 may have a shape condition that continues from side to side as a whole rectangular cuboid as a whole, and if necessary, the boundary stone main body 10 may be 0.3 to 0.3 as a whole rectangular cuboid. Note that it can also be 1.2 meters long.

In addition, the boundary stone body 10 is formed of a high-strength concrete or marble material so as to be able to faithfully bear external impact or load.

In addition, the front surface 11 exposed from the boundary body main body 10 toward the roadway A and the upper surface 13 exposed toward the sidewalk B are smoothly surface-treated and visually installed in the state of being installed at the edge of the road. It is desirable to make it look beautiful.

The two-way lighting passage 20 is a component that is formed in the boundary stone body 10 to allow the light emitted from the lighting device 30 to be irradiated toward the roadway A and the sidewalk B.

In the exemplary embodiment of the present invention, the two-way lighting passage 20 is formed as an inclined hole 21 inclined from the front surface 11 of the boundary stone body 10 to the upper surface 13 as shown in FIGS. Is illustrated.

The inclined hole 21 of the two-way lighting path 20 is inclined to be drilled so that the lower end is located on the front side 11 of the boundary stone body 10 and the upper end is located on the upper surface 13 side of the boundary stone body 10. , The light emitted from the luminaire 30 is irradiated at the same time to the road (A) side and sidewalk (B) to be illuminated.

Incidentally, the inclined hole 21 of the two-way lighting passage 20 is illustrated as having a cylindrical cross-sectional shape, but the inclined hole 21 of the two-way lighting passage 20 as shown in the modification of FIG. 4 and FIG. 5. ) May be formed into a rectangular cross-sectional shape or a rhombus cross-sectional shape.

In addition, the upper end of the two-way lighting passage 20 has a recess 22 formed to be in communication with the rear side 12, the external power line wired in the pipe (P) previously buried in the soil layer on the sidewalk (B) ( The lead wire W ₂ branching from W ₁ ) may be wired toward the luminaire 30 embedded in the bidirectional lighting passage 20. At this time, the groove 22 in the state in which the lead wire W ₂ of the external power wire W ₁ is inserted and wired is finished with a finishing material 23 made of any one of packing, sealing material, and mortar, and thus, the external power wire It is preferable to protect the lead wire W ₂ of (W ₁ ).

The luminaire 30 is a component that handles the function of emitting light in the two-way lighting passage 20.

The luminaire 30 is embedded in the two-way lighting passage 20 is employed as long as it can be diverted by converting the electrical energy supplied through the control lead wire (W ₂ ) of the external power line (W ₁ ) to light Can be.

In the embodiment of the present invention, the luminaire 30 is formed to be embedded in the two-way lighting passage 20, as shown in Figs. 1 to 3 and the casing 31 having a space for maintaining airtight therein, A connection terminal 32 provided to connect the plug W ₃ provided at the end of the lead wire W ₂ of the external power line W ₁ to the outer circumferential surface of the casing 31, and the casing 31. A light emitting lamp 33 which is installed to be electrically connected to the connection terminal 32 in the light emitting device, and a pair of light emitting lamps 33 which are installed in the casing 31 so as to emit light of both sides. It is composed of a floodlight plate 34, so that the light of the light emitting lamp 33 in the two-way luminaire 30 is emitted to both sides toward the roadway (A) and the sidewalk (B) to increase the lighting efficiency. Illustrated as one.

The lighting device 30 is a plug (W ₃ ) provided at the end of the lead wire (W ₂ ) branching from the external power supply line (W ₁ ) wired in the pipe (P) previously buried in the soil layer on the sidewalk (B) ) Is installed in the two-way lighting passage 20 in a state connected to the connecting terminal 32, the light is turned on at night and the light is turned off during the day by the external power supplied to the control is operated so as not to emit light. That is, the electric energy generated as a separate power control supply means (not shown) at night is directed to the lead wire W ₂ of the external power wire W ₁ , and at this time, it is provided at the end of the lead wire W ₂ . The light emitting lamp 33 is turned on by the electric energy supplied through the plug W ₃ and the connecting terminal 32 to be in a state of emitting light in the bidirectional lighting passage 20. On the contrary, the electric energy directed to the light emitting lamp 33 is interrupted as the power control supply means stops during the day, so that the light emitting lamp 33 is turned off so as not to emit light in the bidirectional lighting passage 20. .

Then, one end is fixed to the outside of the casing 31 of the luminaire 30 and the other end of the fixing member 35 bent to be hooked to the groove 22 formed on the upper end of the two-way lighting passage (20) It is preferable to securely fix the luminaire 30 embedded in the oblique hole 21 of the two-way lighting passage 20 at an angle so as not to flow or move arbitrarily. At this time, one end of the fixing member 35 is inserted into the long groove 31b formed on the outer surface of the lighting device 30 to be fixed by the fixing screw 35a, and the other end thereof is formed at the upper end of the two-way lighting passage 20. The hook portion 35b may be formed to be hooked on the groove 22.

In addition, the light emitting lamp 33 of the luminaire 30 is fitted in a hole 34a which is drilled in a portion where the pair of floodlight plates 34 abut, so that light is emitted from both sides in the middle so that it is installed without trouble. .

In addition, the light emitting lamp 33 of the luminaire 30 can be employed by selecting any one of the LED or incandescent light bulb, and in addition, it can be found that a variety of things that can be converted to diverge the electrical energy to light can be employed. Put it.

Here, the transparent transparent plate 31a, which is tightly installed as a transparent material having high strength, is provided at both ends of the casing 31 of the lighting device 30, respectively, and a pair is provided in the casing 31. It is preferable to prevent the light emitting lamp 33 installed in the middle of the floodlight plate 34 to be damaged by foreign objects or rainwater flowing into the two-way lighting passage (20).

On the other hand, Figure 6 and Figure 7 shows the boundary stone with the lamp of the first embodiment of the present invention.

The first embodiment of the present invention also has a boundary stone body 10 molded into a required cross-sectional area and length as a material having excellent strength, and the boundary stone body 10 has a front face 11 and a sidewalk exposed to the roadway A. Description of the above embodiment of the present invention in that the bidirectional lighting passage 20 penetrating through the upper surface 13 exposed to B), and the lighting device 30 is built in the bidirectional lighting passage 20 Same as the configuration.

However, the lower floodlight cover 40 is installed on the front surface 11 of the boundary stone body 10 so that the lower end of the two-way lighting passage 20 is covered, and the bidirectional light is disposed on the upper surface 13 of the boundary stone body 10. The upper floodlight cover 50 is installed so that the upper end of the lighting passage 20 is covered.

According to the first embodiment of the present invention, the upper and lower ends of the two-way lighting passage 20 are respectively covered with a lower and an

upper floodlight cover

40, 50, the lower end of the two-way lighting passage 20 Since the light of the luminaire 30 irradiated toward the roadway A through the light and the light of the luminaire 30 irradiated toward the sidewalk B through the upper end of the two-way lighting passage 20 are transmitted and distributed, A) side and sidewalk (B) side will be able to illuminate a larger area brightly.

In the first embodiment of the present invention, the boundary stone body 10, the two-way lighting passage 20, and the lighting fixture 30 have the same configuration as described in the above-described embodiment of the present invention.

The lower and upper floodlight covers 40 and 50 are formed of a synthetic resin having excellent impact resistance, and are firmly and tightly fixed to the boundary stone body 10 by an adhesive or fixing means.

In addition, the outer surfaces of the lower and upper floodlight covers 40 and 50 are provided with

display portions

41 and 51 for displaying any one of letters, figures, or a combination of letters and figures. It is desirable to convey the necessary matters such as safety and advertisement to the driver and the pedestrian passing through the sidewalk B, or to decorate the driver and the pedestrian of the vehicle to feel aesthetics. In this case, the

display portions

41 and 51 may be painted by luminous paint on the outer surfaces of the lower and upper floodlight covers 40 and 50 or by attaching a separate luminous film.

8 and 9 show the boundary stone with the lamp of the second embodiment of the present invention.

The second embodiment of the present invention also has a boundary stone body 10 molded into a required cross-sectional area and length as a material having excellent strength, and the boundary stone body 10 has a front surface 11 and a sidewalk exposed to the roadway A. Description of the above embodiment of the present invention in that the bidirectional lighting passage 20 penetrating through the upper surface 13 exposed to B), and the lighting device 30 is built in the bidirectional lighting passage 20 Same as the configuration.

However, a separate lighting device built-in passage 60 is formed on the upper end of the two-way lighting passage 20 toward the rear surface 12, and the two-way lighting passage 20 is provided in the lighting device built-in passage 60. It is to install the lighting fixtures 30 so as to be directed to).

According to the second embodiment of the present invention as described above, since the lighting fixture 30 can be inserted firmly through the lighting fixture built-in passage 60 formed at the upper end of the two-way lighting passage 20, the roadway A By the vibration of the vehicle traveling by) to prevent the lighting device 30 from shaking or touching it helps to maintain a stable lighting state.

In the second embodiment of the present invention, the boundary stone body 10 and the two-way lighting passage 20 have the same configuration as that described in the above-described embodiment of the present invention.

In the second embodiment of the present invention, the luminaire 30 has a casing 36 formed to be fitted in the luminaire internal passage 60 and an external power line W ₁ at the rear end of the casing 36. A connecting terminal 37 which is installed to connect the plug W ₃ provided at the end of the lead wire W ₂ , a light transmitting cap 38 fixed to the front end of the casing 36, and the light emitting cap An internal wire 39a extending from the connection terminal 37 in the 38 is electrically connected to the internal wire 39a, and is configured as a light emitting lamp 39 that emits light, thereby being embedded in the luminaire internal passage 60. It is illustrated that the light emitted toward the two-way lighting passage 20 can be irradiated toward the roadway (A) and the sidewalk (B).

The lighting device 30 is a plug (W ₃ ) provided at the end of the lead wire (W ₂ ) branching from the external power supply line (W ₁ ) wired in the pipe (P) previously buried in the soil layer on the sidewalk (B) ) Is installed in the two-way lighting passage 20 in a state connected to the connection terminal 37, the light is turned on at night by the external power supplied to the control and is operated so as not to emit light by turning off during the day. That is, the electrical energy generated by the separate power control supply means at night is directed to the lead wire (W ₂ ) of the external power line (W ₁ ), at this time the plug (W) provided at the end of the lead wire (W ₂ ) ₃ ), the light emitting lamp 39 is turned on by the electric energy supplied through the connecting terminal 37 and the inner wire 39a in order, thereby to emit light in the bidirectional lighting passage 20. On the contrary, since the electric energy directed to the light emitting lamp 39 is interrupted during the day when the power supply control means stops operating, the light emitting lamp 39 is turned off so that the light does not emit in the bidirectional lighting passage 20. .

In addition, the light emitting lamp 39 of the luminaire 30 may be employed by selecting any one of the LED or incandescent lamp, and in addition, it can be found that a variety of things that can be converted to diverge electrical energy to light can be employed. Put it.

Here, the light-emitting cap 38 of the lighting device 30 has a transparent transparent plate 38a that is tightly and firmly installed at the inner end thereof, so that light is installed to emit light in the light-emitting cap 38. It is preferable to prevent the lamp 39 from being damaged by foreign objects or rainwater flowing into the two-way lighting passage 20.

In addition, the luminaire built-in passage 60 is formed by the groove 61 so that the luminaire 30 can be inserted horizontally in a predetermined depth. At this time, the luminaire 30 is inserted and embedded in the luminaire interior passage 60 is finished by any one of the finishing material 62 made of any one of packing, sealing material, mortar, thereby protecting the luminaire 30 safely. To give.

Here, the lower floodlight cover 40 is installed on the front surface 11 of the boundary stone body 10 so that the lower end of the two-way lighting passage 20 is covered, and the upper surface 13 of the boundary stone body 10 Note that the upper floodlight cover 50 may be installed so that the top of the two-way lighting passage 20 is covered.

Figure 10 shows a boundary stone equipped with a lamp of a third embodiment of the present invention.

The third embodiment of the present invention also has a boundary stone body 10 molded into a required cross-sectional area and length as a material having excellent strength, and the boundary stone body 10 has a front surface 11 and a sidewalk (exposed to the roadway A). Description of the above embodiment of the present invention in that the bidirectional lighting passage 20 penetrating through the upper surface 13 exposed to B), and the lighting device 30 is built in the bidirectional lighting passage 20 Same as the configuration.

However, the two-way lighting passage 20 is formed as one of the inclined grooves 24 recessed in the inclined form from the front surface 11 to the upper surface 13 on any one of both side surfaces 15 of the boundary stone body 10 It is.

According to the third embodiment of the present invention, the one-sided inclined groove 24 recessed in a form inclined from the front surface 11 to the upper surface 13 on any one surface 15 of the boundary stone body 10, the two-way lighting passage By forming (20), not only the bidirectional lighting passage 20 can be formed on one side of the boundary stone body 10 by a simple cutting operation, but also without the hassle of separately forming the recess 22 for wiring. The lead wire W ₂ of the external power line W ₁ is simply connected to the luminaire 30 through a gap between the joints where neighboring road boundary stones 1 are opposed to each other (a gap where the filling mortar is filled). You can.

Moreover, there is an advantage in that the road boundary stone (1) can be arranged to be arranged so that the two-way lighting passage 20 is arranged in a desired form at the installation position. That is, as shown in Figure 11 according to the third embodiment of the present invention, the one side inclined groove 24 of the two-way lighting passage 20 is formed in the same direction so that the road boundary stones (1) having the same shape adjacent to each other One side inclined groove 24 of one bidirectional lighting passage 20 is arranged per section, or one side inclined groove of the two-way lighting passage 20 according to the third embodiment of the present invention as shown in FIG. One side inclined groove 24 of the two-way lighting passage 20 is not disposed at one of the joints 24 which are formed in the opposite direction and adjacent to the road boundary stones 1 having the symmetrical shape. The other one of the joints may be repeated in a form in which one side inclined groove 24 of two two-way lighting passages 20 are integrally arranged.

In the third embodiment of the present invention, the boundary stone body 10 and the lighting device 30 have the same configuration as that described in the above-described embodiment of the present invention.

And, the one side inclined groove 24 of the two-way lighting passage 20 is illustrated as being formed in a cross-sectional shape of a triangle, if necessary, the one side inclined groove 24 of the two-way lighting passage 20 is rectangular. It may be formed into a cross-sectional shape or a cross-sectional shape of a semi-circular arc shape.

Figure 13 shows the boundary stone with the lamp of the fourth embodiment of the present invention.

The fourth embodiment of the present invention also has a boundary stone body 10 molded into a required cross-sectional area and length as a material having excellent strength, and the boundary stone body 10 has a front face 11 and a sidewalk exposed to the roadway A. Description of the above embodiment of the present invention in that the bidirectional lighting passage 20 penetrating through the upper surface 13 exposed to B), and the lighting device 30 is built in the bidirectional lighting passage 20 Same as the configuration.

However, the two-way lighting passages 20 are formed on both side surfaces 15 of the boundary stone body 10 as both inclined grooves 25 inclined from the front surface 11 to the top surface 13 to be inclined.

According to the fourth embodiment of the present invention, the two-way lighting passages 20 into both side inclined grooves 25 inclined from the front surface 11 to the upper surface 13 on both sides 15 of the boundary stone body 10. By forming a), not only the bidirectional lighting passage 20 can be formed on both sides 15 of the boundary stone body 10 by a simple cutting process, but also without the hassle of separately forming the recesses 22 for wiring. The lead wire W ₂ of the external power line W ₁ is simply connected to the luminaire 30 through a gap between the joints where neighboring road boundary stones 1 are opposed to each other (a gap where the filling mortar is filled). You can.

Moreover, there is an advantage in that the road boundary stone (1) can be arranged to be arranged so that the two-way lighting passage 20 is arranged in a desired form at the installation position. That is, as shown in FIG. 14, the road boundary stones 1 and the road boundary stones 2 formed on both sides of the two-way inclined grooves 25 of the two-way lighting passage 20 are alternately adjacent to each other according to the fourth embodiment of the present invention. Both sides of the two inclined grooves 25 of the two-way lighting passage 20 is arranged for each of the joints to be opposite to each other, or as shown in FIG. 15, both sides of the two-way lighting passage 20 in accordance with the fourth embodiment of the present invention The road boundary stones 1 in which the grooves 25 are formed may be adjacent to each other so that the inclined grooves 25 on both sides of the two-way lighting passages 20 may be repeatedly integrated in the form of two mutually facing joints.

In the fourth embodiment of the present invention, the boundary stone body 10 and the lighting device 30 have the same configuration as those described in the above-described embodiment of the present invention.

In addition, although both inclined grooves 25 of the two-way lighting passage 20 are illustrated as being formed in a cross-sectional shape of a triangle, respectively, both inclined grooves 25 of the two-way lighting passage 20 are rectangular if necessary. It may be formed in the cross-sectional shape of or semi-circular arc shape.

The present invention is a road boundary stone capable of lighting by embedding a lighting device in the two-way lighting path formed in the boundary stone body, and is installed to partition the boundary between the road and the sidewalk on the road to prevent damage of the lighting fixture during the actual use, Since the sidewalk is illuminated at the same time, the invention is a very high invention.

Claims

In having the boundary stone body 10 molded to a required cross-sectional area and length as a material having excellent strength,

The boundary stone body 10 forms a two-way lighting passage 20 penetrating through the front surface 11 exposed to the roadway A and the upper surface 13 exposed to the sidewalk B, and the two-way lighting passage 20. Road boundary stone lighting is possible, characterized in that by installing a light fixture 30 in the interior.
According to claim 1, The two-way lighting passage 20 is a road capable of illumination, characterized in that formed by the inclined hole 21 which is inclined to be inclined from the front surface 11 of the boundary stone body 10 to the upper surface (13). boundary stone.
According to claim 1, Illuminated road boundary stone, characterized in that the upper end of the two-way lighting passage (20) has a recess (22) formed in the recess to communicate toward the rear (12).
The casing (31) of claim 1, wherein the lighting device (30) is formed to be embedded in the two-way lighting path (20) and has a space in which airtightness is maintained, and an outer circumferential surface of the casing (31). A connecting terminal 32 provided to connect the plug W 3 provided at the end of the lead wire W 2 of the external power line W 1 , and a connecting terminal 32 in the casing 31; It is composed of a light emitting lamp 33 which is installed to be electrically connected to emit light and a pair of floodlight plate 34 which is installed to emit light of the light emitting lamp 33 in both sides of the casing 31. Illuminated road boundary stone.
According to claim 4, One end is fixed to the outside of the casing 31 of the luminaire 30 and the other end is fixed to be formed to be bent to the groove 22 formed on the upper end of the two-way light passage (20) Illuminated road boundary stone comprising a member (35).
The lower floodlight cover 40 is installed on the front surface 11 of the boundary stone main body 10 so as to cover the lower end of the two-way lighting passage 20, and the upper surface 13 of the boundary stone main body 10. The road boundary stone capable of lighting, characterized in that by installing an upper floodlight cover 50 to cover the top of the two-way lighting passage (20).
7. The display device of claim 6, further comprising display portions 41 and 51 on the outer surfaces of the lower and upper floodlight covers 40 and 50 to display any one of letters, figures, or a combination of letters and figures. Illuminated road boundary stone.
According to claim 1, having a separate luminaire built-in passage 60 is formed to communicate with the rear side 12 at the upper end of the two-way lighting passage 20, the bidirectional lighting fixture 60 in the bidirectional Road boundary stone lighting is possible, characterized in that by installing a light fixture 30 to direct the light path (20).
According to claim 8, The luminaire 30 is a casing (36) formed to be fitted in the luminaire interior passage 60, and the lead wire of the external power line (W 1 ) at the rear end of the casing (36) (W 2 ) a connecting terminal 37 installed to connect the plug W 3 provided at the end, a light transmitting cap 38 fixedly fixed to the tip of the casing 36, and the light transmitting cap ( A road boundary stone capable of illuminating, characterized in that the inner wire (39a) extending from the connection terminal 37 in the 38) is electrically connected to the light emitting lamp 39 to emit light.
According to claim 8, The luminaire built-in passage (60) is a road boundary stone capable of illumination, characterized in that formed by the groove (61) that can be embedded by inserting the luminaire (30) horizontally to a predetermined depth.
The one-side inclined groove 24 of claim 1, wherein the two-way lighting passage 20 is recessed in a form inclined from the front surface 11 to the upper surface 13 on any one of both side surfaces 15 of the boundary stone body 10. Illuminated road boundary stone, characterized in that formed by).
According to claim 1, The two-way lighting passage 20 is formed on both sides 15 of the boundary stone body 10 to be formed in each of the two inclined grooves 25 inclined from the front surface 11 to the top surface 13 inclined. Illuminated road boundary stone.